B25355 EPCOS [EPCOS], B25355 Datasheet - Page 9

• Manufacturer Part Number: B25355
• Description: MP DC Capacitors Smoothing, Supporting, Discharge
• Manufacturer: EPCOS [EPCOS]

B 25 355
Smoothing, Supporting, Discharge
Characteristics and ordering codes
C
U
470
720
880
U
330
520
620
U
245
380
470
U
190
290
360
U
160
300
U
140
270
1) Capacitance tolerance
72
F
N
N(co)
N(co)
N(co)
N(co)
N(co)
N(co)
1)
= DC 450 V
= DC 600 V
= DC 750 V
= DC 850 V
= DC 1200 V
= DC 1400 V
I
A
100
100
100
100
100
100
max
40
40
40
40
40
40
40
40
80
80
î
A
26000 31000 2,8
32000 36000 2,6
40000 48000 1,4
23000 33000 2,9
36000 42000 2,6
43000 50000 1,5
19000 34000 3,0
30000 42000 2,7
38000 52000 1,6
17000 36000 3,1
26000 44000 2,8
32000 54000 1,7
16000 40000 3,0
40000 75000 1,9
14000 35000 3,0
27000 67000 1,9
10 %
I
A
s
R
20 C
m
U
U
U
U
U
U
U
U
U
U
U
U
S
N(sto)
i
N(sto)
i
N(sto)
i
N(sto)
i
N(sto)
i
N(sto)
i
= DC 560 V
= AC 400 V
= DC 750 V
= AC 530 V
= DC 940 V
= AC 670 V
= DC 1100 V
= AC 780 V
= DC 1500 V
= AC 1100 V
= DC 1800 V
= AC 1300 V
L
nH
240
240 121,6
200 121,6
240
240 121,6
200 121,6
240
240 121,6
200 121,6
240
240 121,6
200 121,6
180 121,6
200 121,6
180 121,6
210 121,6
self
Dimensions
d
mm
99,3
99,3
99,3
99,3
l
248 3
248 3
325 2a
248 3
248 3
325 2a
248 3
248 3
325 2a
248 3
248 3
325 2a
176 1a
325 2a
176 1a
325 2a
Fig. Appr.
û = 560 V
u
û = 750 V
u
û = 940 V
u
û = 1100 V
u
û = 1500 V
u
û = 1800 V
u
s
s
s
s
s
s
= 680 V
= 900 V
= 1100 V
= 1300 V
= 1800 V
= 2100 V
weight
g
2300
3500
4500
2300
3500
4500
2300
3500
4500
2300
3500
4500
2500
4500
2500
4500
Siemens Matsushita Components
Ordering code
B25355-C4477-K005
B25355-C4727-K005
B25355-L4887-K004
B25355-C6337-K005
B25355-C6527-K005
B25355-L6627-K004
B25355-C7247-K005
B25355-C7387-K005
B25355-L7477-K004
B25355-C8197-K005
B25355-C8297-K005
B25355-L8367-K004
B25355-L0167-K004
B25355-L0307-K004
B25355-L1147-K004
B25355-L1277-K004
U
U
U
U
U
U
U
U
U
U
U
U
TT
TC
TT
TC
TT
TC
TT
TC
TT
TC
TT
TC
= DC 680 V, 10 s
= AC 2000 V, 10 s
= DC 900 V, 10 s
= AC 2100 V, 10 s
= DC 1150 V, 10 s
= AC 2400 V, 10 s
= DC 1300 V, 10 s
= AC 2600 V, 10 s
= DC 1800 V, 10 s
= AC 3200 V, 10 s
= DC 2100 V, 10 s
= AC 3600 V, 10 s
Pg.
78
80
82